Automatic Tank Cleaning Equipment Suppliers

+86 15633683072

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Industrial Automation & Intelligence Solutions

Stock Code：831045

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Automatic Tank Cleaning Equipment Suppliers

Kehui stands among the professional automatic tank cleaning equipment suppliers, delivering turnkey systems for removing hazardous, corrosive, and viscous residues from storage tanks, process vessels, and IBC containers. Unlike generic cleaning providers, Kehui designs each solution based on residue chemistry (acids, alkalis, solvents, polymers) and tank geometry (vertical, horizontal, or agitated). As experienced automatic tank cleaning equipment suppliers, we integrate explosion-proof controls, PTFE-wetted paths, and programmable logic sequences that reduce solvent consumption by up to 60%. Our systems operate without confined space entry, lowering liability and improving operator safety. From pharmaceutical reactors to petrochemical storage tanks, Kehui supplies fully documented, validated cleaning stations.

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Advantages
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Core Technology
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Advantages

Product highlights of automatic tank cleaning equipment:

Robotic precision cleaning – articulated arm reaches baffles, corners, and vertical walls
No blind spots – 3D path planning covers 100% of interior surfaces
Reduces cleaning time by 65% compared to fixed spray heads
Lower chemical consumption – targeted spray uses 40% less detergent
Remote safe operation – operator stays outside hazardous zone
Adaptive pressure control – 10–500 bar based on residue type and location

Core Technology

Core technologies of automatic tank cleaning equipment:

The system integrates a six-axis collaborative robot mounted on a telescopic mast that enters through a standard manway. The robot’s wrist carries a high-pressure nozzle with real-time flow and pressure feedback. A 3D vision sensor maps the tank interior before each cleaning cycle, generating an optimal path. The PLC executes a three‑phase sequence: (1) pre‑rinse with ambient water to remove loose debris; (2) robotic caustic wash at 80°C, following the mapped contour; (3) robotic acid rinse and final deionized water flush. All parameters—nozzle angle, standoff distance, traverse speed—are recipe‑controlled. The robot automatically retracts after completion, and a heated air blow‑off dries the tank.

Plant Components

System composition of automatic tank cleaning equipment:

Six‑axis robotic arm – IP67 rated, corrosion‑resistant coating, payload 10 kg
Telescopic mast – pneumatic extension up to 3 meters, with guided cable chain
High‑pressure nozzle kit – carbide orifice, adjustable spray angle 0°–110°
3D vision sensor – structured light type, 1 mm resolution for path planning
Pressure pump unit – triplex plunger, 500 bar max, PTFE seals
Chemical dosing skid – three tanks (alkali, acid, solvent) with peristaltic pumps
Heating module – inline electric heater, 60–85°C range
Control cabinet – PLC with robot controller, 15‑inch HMI, emergency stop, light curtain
Fume extraction hood – mounts over manway during cleaning, connects to scrubber
Data logging – cycle reports including path coverage map and cleaning parameters